The ES925 is a modular microphone system designed for professional sound reinforcement and other commercial sound applications. It includes a condenser microphone element, gooseneck, and a choice of different power modules, along with windscreen, clamp and shockmount
All elements are interchangeable with other ES modular microphone components within the range, allowing you to select power module types (XLR, FM3, FM5, DS5), gooseneck lengths (6", 12", 15", 18", 21", 24"), and microphone polar patterns (line + gradient, hypercardioid, cardioid, omnidirectional), to create a product tailored to your exact specifications
The ES925 microphone’s low profile element attaches to the small diameter gooseneck, which offers highly flexible positioning with an unobtrusive appearance. An essential foam windscreen protects against plosives, and the choices of power module offer a solution for any installation
The low profile element housing of the XLR power module features a highly visible, single state RGB LED status indicator that functions seamlessly with ATUC series products and the AT8699R desk stand. It plugs into any standard XLRF-type connector or mounts to 5/8"-27 stands using the optional quick mount stand adapter
The 3-pin flush mount power module is equipped with a capacitive touch switch that enables local muting of the microphone
The 5-pin flush mount power module is equipped with a touch sensitive capacitive type user switch for remote switching options
The desk stand power module features heavy die cast construction and no slip bottom pads to minimize coupling of surface vibration to the microphone. It is equipped with a touch sensitive capacitive type user switch with local and remote switching options. Locally, it can be set to any one of three operating modes: “touch on / touch off,” “touch to talk” and “touch to mute"
To provide enhanced control in conference and boardroom installations, the desk stand power module and 5 pin flush mount power module can use the unit’s external contact closure allow you to trigger an external device, such as a camera or the lighting, from the switch
All power module solutions are equipped with Audio-Technica’s proprietary RFI shielding technology that provides unsurpassed immunity from radio frequency interference, and the desk stand and flush mount options feature a highly visible, two state RGB LED status indicator in both the power module and the microphone element housing
The flush mounted options mount neatly in tabletops and come with isolators that provide mechanical dampening of the mounting surface, while the desk stand is equipped with a proprietary filter from Audio-Technica, which provides steep low frequency attenuation to improve sound pickup without affecting vocal reproduction quality
Each element is designed to work harmoniously with other ES925 modular microphone components, allowing you to customise your solution with confidence
Power Modules
3-pin XLR (XLR)
3-pin flush mount (FM3)
5-pin flush mount (FM5)
5-pin desk stand (DS5)
Gooseneck Lengths
4.85", 9.08", 12.08", 15.08", 18.08", 21.08”
Optional Microphone Polar Patterns;
ESE-MLa MicroLine® Line + Gradient (90° acceptance angle)
ESE-Ha Hypercardioid (100° acceptance angle)
ESE-Ca Cardioid (120° acceptance angle)
ESE-Oa Omnidirectional (360° acceptance angle)
Features;
Modular microphone system includes a microphone element, gooseneck and power module each interchangeable with components from other ES Modular Microphones
Designed for professional sound reinforcement and other commercial sound applications
Interchangeable condenser microphone elements provide full range, natural sound
Available interchangeable elements permit angle of acceptance from 90° to 360°
Small diameter gooseneck design permits highly flexible positioning
Superior off axis rejection for maximum gain before feedback for line + gradient element
Proprietary RFI shielding technology offers outstanding rejection of radio frequency interference (RFI)
Available in six lengths
Features XLR Power Module:
Element housing features a highly visible, single state RGB LED status indicator that functions seamlessly with ATUC series products and AT8699R desk stand
XLR: Power module plugs into any standard XLRF type connector or mounts to 5/8"-27 stands using optional quick-mount stand adapter
Features FM3 Power Module:
Flush mount power module and element housing both feature a highly visible, two state RGB LED status indicator
Power module with 3 pin XLR output mounts unobtrusively in tabletops
Capacitive touch switch enables local muting of the microphone
Features FM5 Power Module:
Flush mount power module and element housing both feature a highly visible, two state RGB LED status indicator
Logic I/O capability permits control of remote devices from the power modules touch sensitive capacitive type user switch
Power module with 5 pin XLR output mounts unobtrusively in tabletops
Features DS5 Desk stand:
Desk stand and element housing both feature a highly visible, two state RGB LED status indicator
Logic I/O capability permits control of remote devices from the desk stands touch sensitive capacitive type user switch
Heavy die cast construction and no slip bottom pads minimize coupling of surface vibration to the microphone
Local/remote switching operation enables independent microphone audio and control output
Integral low cut filter provides steep low frequency attenuation to improve sound pickup without affecting voice quality
Specifications
Microphones
Element Fixed charge back plate, permanently polarized condenser
Frequency Response 30-20,000 Hz
Open Circuit Sensitivity -40 dB (10.0 mV) re 1V at 1 Pa
Maximum Input Sound Level 140 dB SPL
Dynamic Range 112 dB
Signal to Noise Ratio 66 dB
Phantom Power Requirements FM3, FM5, DS5: 22-52V DC
XLR: 11-52V DC
Switches FM3: LED Color x 2: mic on, mic off
FM5: LED Colour: mic on, mic off
DS5: Activation: on/off; LED Colour: mic on, mic off; Switch function: touch on/off, momentary on, momentary off; Control: local, remote, LED remote; Flat, rolloff
XLR: LED Colour
Current Consumption DS5: 7.6 mA
FM3, FM5: 8 mA
XLR: 6.7 mA
